Welcome to our site Top 3D Printer Kits, here you can read reviews on the top Desktop 3D printers and kits. Before buying a Desktop 3D Printer Kit you need to consider different factors, like resolution, print speed and much more, here you can find a table about some makes and models of the most popular desktop 3D Printer kits.
|Image||Brand||Model||Speed||Price||Review||Buy on Amazon|
|Ultimaker||Ultimaker 2||300 mm/s||$$$||Review|
|FormLabs||Form 1+ SLA||- -||$$$||Review|
|LulzBot||TAZ 5||200 mm/s||$$S||Review|
|Printrbot||Simple Metal||80 mm/s||$||Review|
|Tinkerine||Ditto PRO||120 mm/s||$$$||Review|
Read all our new reviews about top 3D printers.
What is 3D Printing
Technology has evolved so much in the last decade that it is hard to keep track of what is new and what is old. It has affected human lives more than anything. Smartphones have become a necessity not a luxury. They help us stay connected with our friends, family and work round the clock and no one can imagine leaving the house without their smartphone. The next life changing technology is 3D printing which can be used to make almost anything. The technology started off as small printers developed by new startups but now it is being used to build cars and houses.
3D printing gives an average user the ability to make anything using a 3D printer. There are dozens of 3D printers available for purchase in different shapes and sizes. Most consumer grade 3D printers only print 3D objects in plastic while industrial grade printers can be used to manufacturer using any material including cement, liquid metal and many more types. 3D printed objects are manufactured in layers so the process is entirely different form the orthodox techniques used for decades.
3D printing is not only cost effective but also a time saving technique as well. For example, a house can take more than a month to build using traditional techniques while a 3D printer can make a house within days. The lead time has been reduced dramatically while retaining the same build quality as well as increasing productivity. Users will have more freedom to use their imagination and make anything. A 3D printer can cost as low as a few 100 dollars and make products worth thousands of dollars. It has an excellent return on investment.
Many consumers are not happy with the choices of products available in the market but now they can make something of their own using a 3D printer. The technique is simple, make a 3D model of the object you want to print and send it to the 3D printer. The printer will print the 3D object and you can use it for the purpose you printed it for.
3D modelling requires some advanced knowledge about Computer Aided Design (CAD) softwares. These softwares include Maya, AutoCAD and others. Users can even print food with the right materials. Usage of 3D printers is different for consumers and industries. Industries use 3D printers to develop prototypes using materials such as metal, functional plastic, ceramics and sand while consumers are limited to plastic at the moment.
There are different 3D printing techniques for different materials so it is better to buy the appropriate 3D printer according to its use. There is no all-in-one solution 3D printer that can process any material. Users need to keep in mind the pre-requisites before printing an object. These are offer neglected by the consumer, as a result the final outcome is not what the user expected.
How 3D printers work?
Before you start printing a 3D object you need to take care of a few things. You have to make a 3D model of the object in a CAD software and convert it in to a file recognized by the printer. Once that process is done, you have to transfer that file to the printer and move on to the materials. Being a consumer, you will mostly work with plastic so make sure you have the right type of plastic material installed in the printer. If your object requires different colors, then you need to look for a printer that supports multiple material inputs.
Once these things are taken care of, you can start printing the object and wait patiently. The process is not as fast as desktop printers which print documents so you have to be patient. The printer will print objects layer by layer and you will see the object take shape. Once the object is printed, you have to clear the access material from the sides and if needed sand the object as well. Sanding is not required in plastics but you do have to cut off the access materials from the sides.
How to choose a correct 3D printer?
Choosing the best 3D printer can get quite confusing for a consumer. Users need to look at different specifications of the 3D printer in order to determine the best printer for their needs. The most important things to look for in a 3D printer are – print size, speed, resolution, tolerance and quality.
Print size is important because there are no size limits for 3D printing. As we have mentioned earlier, people are building houses using 3D printers so you can build a big object using consumer grade printers as well. Determine the best size for your needs, if you want to make small decoration pieces then a printer with a small print plate will be enough. It is better to get a printer with a larger print plate than your requirement so you don’t need to upgrade it in the future.
Secondly, you need to check for the speed of the printer. Some printers can be painstakingly slow in printing 3D objects which can be quite annoying. They can take hours to print a small object so speed is important. You do not need an extra fast printer but a printer with a reasonable speed so it keeps a balance between speed and quality. Third and the most important is the quality of a 3D printer.
In terms of quality, resolution and tolerance are the things which matter the most. You want a printer that can handle the material efficiently and with no rough edges in the print. Since the object is printed in layers, the print should be smooth. Higher resolution printers are expensive but provide better quality as well. Extremely fast printers generally have low quality so take into consideration the balance between speed and quality.